Haliotis asinina (tropical abalone): 137260772
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Entry
137260772 CDS
T10448
Name
(RefSeq) inactive cell surface hyaluronidase CEMIP2-like
KO
K22144
cell surface hyaluronidase [EC:
3.2.1.35
]
Organism
hasi Haliotis asinina (tropical abalone)
Brite
KEGG Orthology (KO) [BR:
hasi00001
]
09180 Brite Hierarchies
09183 Protein families: signaling and cellular processes
00536 Glycosaminoglycan binding proteins [BR:
hasi00536
]
137260772
Enzymes [BR:
hasi01000
]
3. Hydrolases
3.2 Glycosylases
3.2.1 Glycosidases, i.e. enzymes that hydrolyse O- and S-glycosyl compounds
3.2.1.35 hyaluronoglucosaminidase
137260772
Glycosaminoglycan binding proteins [BR:
hasi00536
]
Hyaluronan
Cell surface receptors
137260772
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
CEMIP_beta-hel
G8
CEMIP_X
Lectin_C
WSC
ILEI
PAN_3
Beta_helix
NosD
Motif
Other DBs
NCBI-GeneID:
137260772
NCBI-ProteinID:
XP_067654446
LinkDB
All DBs
Position
14:complement(35755305..35782779)
Genome browser
AA seq
1593 aa
AA seq
DB search
MHLFLQVVIVCLSAWVGESACPHLDSGLLKWGDTSSWASKTIPKKGDQVLIPSGKKLLLN
VSPPCLSSIIIGDGAALVWGDVDNLTVCVSYILIRGRLQIGSEDCRFTKKTHIRLTGESN
STLSVSGFGRKFIGVDAGGTIEIHGEEKPSWTKLIQTAEPSTCDNLFNFQTSVFRAESSR
GLYVSVFNEDSSLWDFAVFRTGEDIDDEDLKFKEFIKSVPQDKILAVALQGELGTGDMTA
VYTTLEAAGGLTSSAIRRVTGRQAYAFITRTGRPDTTIERHVLNPHHKGVVETGYLAVDV
NGFQFSVNSKVFSNANKKTGVNFRVLLTETAYPCLTLNADVSAWRPGDKIVISSTDFDWR
QAEEMTIKSCPSCAVNEICLTEPLKYTHYGEVTLGVDERAEVGLLSRNIIIEGVIPEEGC
SINEPEDQYLCDLFGFDTFGGHIKIVKGFKSAHIQGIELYHMGQQRFVGTYPLHFHMCDD
VDGNWFRHNSIHHSLTRCVTVHGTDGAEVSHNVCYLHRGHGFFLEDSAEQRNVFDSNLCI
GTMHGTHIMSDMKKEWCNSTMEEFCDALSSYWITHPNNTFINNVAAGSDNAGFWILASRL
PLGLSRQRQLERGLVPEFHAMQTKIKEFRNNTAHSNMDRGLRIDKRISHGQYKNKVYVPE
NGVLGAKVSHTPMTSPSHTGGHFDKSYLYGFTAYKNRGTNVWTKAGIVIMSNFTLADAMQ
GITMASADTGTYAKLTSSMLVGETDNLGLPQEPFGRSRSGIAEEPLQGVVFYQGPGHVTN
TFFNKYETKTAGSVTRYAGAISVKRSNPYPPKASSHVEGIKFGFCDVIQGNWAYKGNPSV
PLMKNRDGNRQITFRDIDGSVSGTPGTQFVPNTRFHTTNQCDYRPVSNFAVCPHDYAKTV
FSGDGALKTLKSNYPMYMRRDDRPDDAFALKGTKGNAYLVIKKKSYTVYFNGTAPTRLKV
AGHNLERGDYVRLGLCYPKDVISFSFSSGLPMIGTSTPAFNVSSISDLDSDTTGRAYFWD
KSSGLLFIKIYSNVDRVDGERCPGYKCPYIIITRAGGSNSLADCFLDAYDGTYNQPQDDA
VNIPKAKPCATTTSRAFGAEVESNFFSAAPSTPVCPSGPVHKGRTKSELKGCFKDSSTYR
DIPYGFMELPMSMTVDTCVERCYNRGYVYAALQNGTECRCGNMYGGFGTSTMCSKSCSGN
KTANCGGSLANSVYTTGNTTSLAGITCGPGDNGSVIDGKCYCLTSGRYSYVEAQRQCVLQ
GGELATISSDTVQSQVERYMRPFKTDAWFGLHDVVSEGTYTFVDGTPLGSYRNFIPDQGL
SSERDFGVLSASSLYRWDVREDATYPALCQLPMPVPVPVRCGQNNYGQRLKGGDCYLVIN
KVVDYITAGYVCRTRRGTLADASTVRKLAAVKEHIFRFGRTMNYWIAEEHGDIFELDHAL
VYNKKKANKESRNGVVCSIETLSSTRPCSADWLHKDGNCYLNRGDRGNYDKAKLFCNQGD
SEVATVISDAENSFIADVVKTETLSPSVYIGNVYSKATSDDGDDESSSPYTNWDSKRGRG
KGSCVLLASHNSKWRNTKCSRIAAILCKARAVS
NT seq
4782 nt
NT seq
+upstream
nt +downstream
nt
atgcatttgttcttgcaagtagttatcgtttgtctgtccgcatgggtgggagaaagtgct
tgtccccacctagacagcgggttactgaaatggggggacacaagttcctgggcatccaag
acaataccgaaaaaaggggaccaggttctcattccatcaggcaagaaactcctcctgaac
gtgtccccgccatgtctgtcctccatcatcatcggggatggggcagcgttagtctggggc
gacgtggacaacctcaccgtctgtgtcagctacatcctcatcagaggccgcctccagatc
ggcagtgaggactgtaggttcaccaagaaaacccacatcagacttacaggtgaaagcaac
tctacgttgtctgtttctggctttgggaggaagttcattggcgtggatgcaggaggcacg
attgagatacacggagaagagaagccatcatggacgaagttgatccaaacagctgaacca
agcacctgtgacaacctcttcaatttccagacaagtgtgttccgagcggaatcttctcga
ggtctgtacgtgtctgtgtttaatgaggacagctctctgtgggactttgccgtgttcagg
accggggaggacattgatgacgaggacctcaaatttaaggaatttataaaaagtgttccc
caagacaagattctggcagttgcgcttcaaggtgaacttggtactggagacatgaccgct
gtgtacacaacactggaggctgcagggggtctgacgtcatcagctatcaggagagtcaca
ggcagacaggcttacgcctttataacaagaacaggccgccctgatacaacaatcgagaga
catgtcctcaacccacaccacaagggcgttgtagaaactggctacctggctgtcgatgtc
aatggattccagttcagtgtgaacagcaaagtcttttcaaatgcgaacaaaaagacaggt
gtcaactttcgagttcttctaacagaaacagcctacccatgcctgacactgaacgctgat
gtctcggcgtggagacccggtgacaagatcgtcatatcctctaccgacttcgactggaga
caagctgaagaaatgaccatcaagagttgtccttcctgtgccgtcaacgaaatctgtctg
acagagccgctcaaatacacacactatggagaggtaactcttggtgtggacgagagggcg
gaagtgggactgctgagccggaacatcatcatcgagggtgtgataccggaagagggttgc
agtatcaacgaaccggaagatcagtacctctgtgacctgtttggatttgacacatttgga
ggtcatattaagattgtgaaaggcttcaagtcagctcacatccaaggcattgagctctac
cacatgggacagcagagatttgtcggtacctacccactccacttccacatgtgcgacgac
gtggacggtaactggttccgtcacaactccatccaccactccttgacgaggtgcgtcact
gtccacggcaccgatggcgctgaggtgtctcacaatgtgtgttatctacaccgcggtcac
ggcttcttcttggaggacagcgcagagcagaggaacgtcttcgacagcaacctgtgtatc
ggcaccatgcacggcacccacatcatgtccgacatgaagaaggagtggtgcaattctacc
atggaggaattctgcgacgccctctcctcctactggattacacaccccaacaacaccttc
atcaacaacgtggccgccggctcagataatgcaggattttggatccttgcgtctcgtctt
cccctcggcctctcccgacaacgccagctagagagggggttggtacctgagttccatgcc
atgcagacaaagatcaaggaattcagaaacaacactgctcactcgaatatggatagaggc
cttcgcattgacaaacgcatttctcacggacaatacaagaacaaagtatacgtcccagaa
aatggcgtccttggtgccaaagtgtctcacacacctatgacttcaccatctcacactgga
gggcattttgataagtcctacctatatggatttacagcctacaaaaaccgaggcacgaac
gtctggactaaagctgggatcgtcattatgagcaatttcaccctggccgatgctatgcag
ggaatcacaatggcgtctgctgataccgggacatatgccaagctgaccagctccatgctg
gtgggcgagacggacaacttgggtcttccgcaggaaccatttggacgttccagatctggc
atagcagaggaaccgcttcagggagttgtcttctaccagggtccgggtcacgtgacgaat
accttctttaacaaatacgagacgaagacagcagggtcagtgaccagatacgcaggggcc
atcagcgtgaagcgtagcaacccctatccccctaaagccagcagccatgttgagggcatc
aagttcggcttctgtgacgtgattcagggaaactgggcatataagggaaacccatctgtt
ccgcttatgaagaacagggacggcaacagacagatcaccttcagggacatcgacgggagc
gtctctgggacacctggtacacagttcgtgccgaatacgcgtttccacaccaccaaccag
tgtgactacaggcccgtctcgaacttcgccgtgtgtccccacgactatgctaagactgtc
tttagtggagacggagctcttaaaacattgaagtcgaactacccaatgtacatgcgccgg
gacgacagacctgatgatgcgtttgccttgaaaggtacaaagggaaatgcctacctggtc
atcaagaagaaatcctatacggtctacttcaacggaacagctccgactaggctaaaggtc
gcaggacacaacttggaaaggggtgactatgtcagactggggctgtgctatcctaaagat
gtgatcagcttcagcttttccagtggacttcccatgatagggacatctactcctgctttc
aacgtcagcagcatcagcgacctggacagcgacaccacggggagggcctacttctgggac
aagtcctcaggcctgcttttcatcaagatatactccaatgtcgaccgtgttgatggagaa
aggtgtccaggatacaagtgcccgtatattatcatcactagagccggtggcagtaacagc
cttgcagactgttttctcgacgcatacgatggaacctacaaccagcctcaagatgatgca
gtgaacatccccaaagctaaaccctgtgctacgactacgtcgagggcctttggtgccgaa
gtggaatccaacttcttcagtgctgcaccttctacaccagtatgtccctctggtcctgta
cataaaggtcgaactaaatccgagctaaagggttgtttcaaagactcctcaacatacaga
gatattccctatggttttatggaactaccaatgtccatgacggtggacacctgtgttgaa
agatgctacaaccggggctatgtctacgctgctctacagaacggtacagagtgcagatgt
ggtaatatgtatggaggctttggaaccagcaccatgtgttccaaatcctgttcaggcaac
aaaaccgccaactgtggaggttccctggctaactctgtctacaccaccggcaacactaca
tcgctggccggaatcacgtgcggacctggagacaacggatcagtgattgacgggaagtgt
tattgcctcacttccggtcgatactcttacgtggaagctcaaaggcagtgtgtcctgcaa
ggaggtgaactggcgaccatcagttcggacactgtccagtctcaagtggagcgctacatg
agaccttttaagactgacgcctggtttggtctgcacgacgtcgtcagtgaaggcacttac
accttcgtcgatggtacacccttaggcagttacagaaactttattccagaccaaggcttg
tcttcagagcgtgacttcggagtgctgagtgcaagtagtctttaccgttgggatgtccgc
gaagacgcgacttatccggctttgtgccagctacctatgccggtcccagtaccagttcgc
tgtggtcagaataattatggtcagcgattaaaaggcggcgattgttacctagttatcaac
aaggtcgttgactacatcaccgctggttacgtctgccgcactagacgtggaactctggca
gatgcctcgactgtgcgcaagttggctgcagtgaaggaacacatcttcaggtttggtcgg
acgatgaactactggatagctgaagaacacggtgatatttttgaactggaccacgccttg
gtttacaacaagaagaaggcaaacaaagaaagcaggaacggcgtcgtgtgtagcatagaa
acactgtcgtctacaagaccatgttcagctgactggctccacaaagacggcaactgctac
ctgaatagaggggaccgcggcaactacgataaagccaagttgttctgcaatcaaggcgat
agcgaggttgcgacggttatcagtgacgctgagaactccttcatcgcagacgtcgtgaag
acagagacactcagtccctctgtgtatattggaaacgtgtacagcaaggctacaagtgac
gacggagatgacgagtcttcatcaccttataccaactgggacagcaaacggggcaggggc
aaaggtagctgcgttctactggcatctcacaactcgaaatggcggaacaccaagtgtagc
aggatcgcagccattttgtgtaaagcgcgggctgtatcatga
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